Concept — Collision in which momentum and kinetic energy are conserved.
Present in chapters
05·06·07
Linked atoms
29 linked atoms.
05 Quantità di moto e urti
- Bowling ball versus pin
- Bubble diagram for collisions
- Proof of a 1D elastic collision
- Hockey pucks
- Elastic tennis
- Worked exercise — collision via a spring
- Worked exercise — 1D elastic collision
- Huygens and the laws of collisions
- Newton’s cradle
- The ball that comes back
- Types of collision: elastic, inelastic, perfectly inelastic
- Three bodies in cascade
- Collision with a spring in three phases
- Elastic collision in 1D
- Elastic collision between two marbles
- Elastic collision between different masses
- True or false (impulse and collisions)
- True or false on collisions
06 Centro di massa
- Elastic versus perfectly inelastic
- Ranking final velocity after collisions
- Challenge: simultaneous three-body collision
- Elastic collision in 1D
07 Dinamica rotazionale
- Case 2: elastic collision with a hinged rod
- Case 3: elastic collision with a free rod on a rail
- Conservation in two dimensions
- The impact parameter
- Problem — 2D elastic collision on a billiard table